DATA CENTER SOLUTIONS NETWORK DESIGNS AND ......DATA CENTER SOLUTIONS NETWORK DESIGNS AND DEPLOYMENTS Gates Zeng Corporate Solutions Technologist Cloud Networking Evangelist Software

DATA CENTER SOLUTIONS

NETWORK DESIGNS AND DEPLOYMENTS

Gates Zeng Corporate Solutions Technologist Cloud Networking Evangelist Software Defined Architecture

Fabrizio Fiori Global Director SDN Fx Solutions Software Defined Architecture

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DATA CENTER MODERNIZATION AND CONSOLIDATION

KEY INITIATIVE OVERVIEW

Mode 1:

- Modernization and consolidation

- Continuous optimization and enhancement

- Support for mission-critical applications

- Support core transactions

Mode 2:

- Continuous Improvement of Data Center facilities

- Digital Business

- Global Scale and Reach

Source: Gartner Report - data_center_modernization_an_280455

Data Center Modernization: Mode 1

Integrated Systems

Servers Storage

Infrastructure Agility: Mode 2

Cloud Virtualization

Facilities

Bimodal Data Centers


DATA CENTER MARKET TRENDS

Architecture Purchasing Model Technology

Software Defined Data Center

(SDDC)

Always On Data Center

Linear/Web-Scale, pay-as-you-grow

model


MOVING TO SOFTWARE DEFINED - EVERYTHING

Move to Software =

• Software Defined – X (Automation) • SD-DC (Data Centers)

• SD-N (Networking)

• SD-WAN (Wide Area Networks)

• SD-Storage (Storage)

• SD-E (Engagement)

• SD-A (Architecture)

• NFV : Network Functions Virtualization • Firewalls, Load Balancers, IDS/IPS, SBC,

MCU, NAC+, etc…

SD-x


ALWAYS ON DATA CENTER

Virtual Machine

– High Availability

– Live migration

Hypervisor resiliency

– Inter-Hypervisor

Storage resilience

Data Center sites

– Inter-DC

– Complete site Disaster recovery

– As automated as possible

– All Active-DR site

Always-on network resiliency

SAON


WEB-SCALE - POWER OF CONVERGENCE

Storage

Network

SAN

Scale-out

Servers

Converged

compute and storage for

virtualized environments

Linear Growth


SOME INTEGRATED HYPER-CONVERGED VENDORS

© 2011 Avaya Inc. All rights reserved. 10

DATA CENTER NETWORK

DESIGN/IMPLEMENTATION

CONSIDERATION


DATA CENTER

Servers

Hardware resource

– Compute (CPUs)

– RAM (Memory)

Software

– Hypervisors

Virtual Machines

– OS

– Applications

Storage

Pooled

Network-based (NAS)

– IP Based

– NFS

– iSCSI

Storage Area Network (SAN)

– Fiber Channel

– Fiber Channel over Ethernet (FCOE)

Networking

Cabling

Virtualization

– Logical Switches

– Logical Routers

Optimized for Storage

Automation

– SDN

Environmental

Electricity Cooling Cabling


EVOLUTION OF DATA CENTER

Physical

Virtual

Future


HYPERVISOR

Key building block of SDDC

Focal point of

– Compute

– Storage

– Networking

An abstraction layer

“Special OS” vs “Normal OS”

Normal OS

– Windows

– Linux

– DOS


HYPERVISORS COMPARISON

VMware ESXi dominating the Enterprise market

– Mature, Stable and Easy to Manage

– Expensive

KVM/Open Source popular in Service Provider market

– Free, Greater control and automation

– Difficult to manage

Microsoft Hyper-V the challenger

– Gaining feature parity with VMware

– Enterprise install base

Area of Comparision Vmware ESXi MS Hyper-V KVM/Open Source

Market Position

Enterprise Dominant Challenger Niche Player

Service Provider Popular Less popular Popular

Technology

Matrurity High Medium-high Medium

Stability High Medium-high Medium-high

VM resilicency TechnologyAdvanced Avanced Medium

Automation Advanced Medium-high High

Management High High Medium

Cloud Adoption

Proviate Cloud Adoption Very high Medium low-medium

Public Cloud Adoption Medium Low-medium High

Cost

Capex Very high High Low

Opex Medium Medium High


3 TYPES OF DATA STORAGE

Block – Raw device with no functional organizational structure

– physical location of blocks of bits on media

– Organizational structure provided by application layer – file system, data base etc.

File – Hierarchical structure based on storing meta-data and

pointers to locations on the media

– Designed for human interaction (browsing) but suitable for machine / application interaction

Object – Flat organizational structure with pointers to locations

on media with meta-data stored with the object.

– Designed for machine / application access

– Application has to remember where objects are stored

– No direct way for humans to browse.

Block:

FC (Fibre Channel), FCoE, IP Ethernet, iSCI

File: IP Ethernet

Object: IP Ethernet


AVAYA POV ON STORAGE NETWORKING

IP Networking is extending it’s presence in storage – 1Gb and 10Gb iSCSI today, moving to 40Gb

– “New” deployment options are IP centric – Big Data / Analytics – distributed workloads

– SDS – Vmware VSAN, Nutanix, Nexenta, MS StorageSpaces

– NAS data is growing faster than block data – Primary files shares, cloud storage, Virtualized workloads

– Object storage is IP Network based – Repository for the largest data stores.

FCoE is a bridge technology – Allows customers (and vendors) to extend the value of their FC investment

– Most server connections today are 2, 4, or 8Gb – 16Gb predominate for aggregation / array connections

– “New” FCoE/FC customers are rare

– Migration to iSCSI will be slow, but will happen


DATA CENTER DESIGN – PAST

Looks like a campus design

– Large chassis aggregation and core switches

– L2 stops at aggregation

Oversubscription

– 4:1 to 10:1 typical

End-of-Row or Top-of-Rack

Large chassis inefficient

Data flow North-South


DATA CENTER DESIGN – TODAY

Leaf-Spine, Clos, Fat Tree

Leafs only connect to spine

Campus, WAN, etc., all connect to border leaf

Typically blocking

– 2:1-8:1 oversubscription typical

Why did we build this?

– Extend L2 across data center

– Price

– Consistent performance


TRAFFIC IN DATA CENTER

Three (3) types of traffic

– Management

– Interactive (Users to Applications)

– Machine to Machine

Mgmt Interactive Machine to Machine


TRAFFIC IN DATA CENTER

Management traffic

– Configuration/Monitoring (light weight)

– vMotion (VM resiliency)

– L2 network requirements

– > 1G

– Resilient

Interactive traffic

– User generated

– Typically light weight

– VDI/3D heavier

Machine to Machine traffic

– Database transactions (chatty)

– Storage (heavy)

– NAS (NFS based)

– Fiber channel only (obsolete)

– Fiber channel over Ethernet (migrating)

– Typically isolated


NETWORK VIRTUALIZATION

Management Virtual Server Network (VSN)

– Layer 2

– Stealth

Interactive VSN

– L2 within DC

– Virtual Router @ DC, Campus boundary

– Outstanding Real-time and Multicast

Machine to Machine traffic VSN

– High-speed Storage VSN

– Optimized for

– IP Based

– NFS

Machine to Machine VSN

Mgmt VSN

Interactive VSN


TRAFFIC PATTERN OF DATA CENTER

Yesterday Client / Server Architecture

Today Early Hypervisor Deployment

Hardware

Based

Software

Based


FABRIC BASED SDN – AVAYA SDN FX

Flexible topology support

Proven reference design

Single/Dual top-of-rack switch

Full Network Virtualization (FNV)

Service elasticity

Sub-sec resiliency

Stealth security

Web-scale linear growth

Today and Tomorrow Scale-out / Hyper-converged

CM EDP

SIP

SM

SIP

SM

SIP

SM

Avaya SDN Fx


AVAYA SDN FX WORKING WITH

EMERGING TECHNOLOGIES


SDDC = SDC+SDS+SDN

Internet

Avaya

SDN Fx

Avaya

SDN Fx


HYPER-CONVERGED NETWORKING

Virtual Storage Control Virtual Storage Control

Virtual Machine/Virtual Disk

Flash HDD

Enterprise Storage Data Management

Hypervisor Agnostic


AVAYA SDN FX FOR HYPER-CONVERGED

Hyper-converged

– Linear growth

– Web-scale storage and compute

SDN Fx

– Linear growth

– Web-scale networking

– Hyper-convergence Cluster auto-discovery*

– Hyper-convergence vendor certified*

– Hyper-convergence validated and tested*


ELASTIC SECURITY

Internet

GSLB

IDS/IPS

Router

GSLB

DMZ Server LB

IDS/IPS

DMZ Server

Farm

Internal Server

LB

Server

Farm

Internal FW

External and

DMZ FW

DMZ


ELASTIC SECURITY

Internet

GSLB

IDS/IPS

Router

GSLB

DMZ Server LB

IDS/IPS

DMZ Server

Farm

Internal Server

LB

Server

Farm

Internal FW

External and

DMZ FW

DMZ

Router

GSLB

DMZ Server LB

IDS/IPS

DMZ Server

Farm

Internal Server

LB

Server

Farm

Internal FW

External and

DMZ FW

DMZ IDS/IPS


ELASTIC SECURITY

Internet

IDS/IPS

Router

GSLB

DMZ Server LB

IDS/IPS

DMZ Server

Farm

Internal Server

LB

Server

Farm

Internal FW

External and

DMZ FW

DMZ

Router

Internal Server

LB

Server

Farm


SDN FX INTERFACING WITH VMWARE NSX

VSP4500

Avaya SDN Fx

VSP4500

Avaya SDN Fx

Campus

ESXi-Edge

Avaya UC App

Avaya UC App

Avaya UC App

Avaya UC App

Avaya UC App

Avaya UC App

Avaya Mgmt

Avaya Mgmt

Avaya Mgmt

Avaya Mgmt

Avaya Mgmt

Avaya Mgmt

Avaya SBC

cpd-ESX1 cpd-ESX2 cpd-ESX3

NSX Transport Zone

Mgmt vDS Compute vDS

Logical Switch Aura

NSX VSN

Storage VSN Mgmt VSN


DATA CENTERS CONSOLIDATION (DCC)

With Avaya SDN Fx


DATA CENTER CONSOLIDATION

VMwareESXi-DC1 VMwareESXi-DC2

Data Centre - 1

Data Centre - 2

Campus-A

Campus-B


SDN Fx – OPENSTACK

OVS

L2 Services (Logical Switch) 12991000 OVS Auto Attach: VLAN:iSID

V:100

iSID:12991000

VLAN:iSID

100:12991000

I-SID 12990247

Neutron

Plug-in

Compute/

Storage

KVM

Hypervisor

L2 Services (Logical Switch) 12992000

VLAN:iSID

200:12992000

OVS

KVM

Hypervisor

VLAN:iSID

300:12991000

VLAN:iSID

300:12991000

ABC RESORT

DATA NETWORK CASE STUDY


ABC RESORT NETWORK REQUIREMENTS - SUMMARY

Resilient Active-Active infrastructure

Total port requirement for the Access is listed below:

– 40K Access Ports

– Around 200 Access Rooms

Total port requirement for Data Center:

– External/DMZ (Estimate 48 ports in each DC)

– Secure Disti (Estimate 48 ports in each DC)

– Server Farm (Estimate 96 ports in each DC)

– Storage Farm (Estimate 96 ports in each DC)


DESIGN PHILOSOPHY

Single Fabric across DCs and Distribution

– Unlimited scalability

– Service-Based virtualization

– Unmatched Security with Stealth Networking

Natural growth scalability

– Simple pluggable upgrade from GE to 10GE

– Scale out whenever necessary

– Core, Distribution and Access

Resiliency

– 100% active links (no blocking link)

– Sub-second convergence

– Minimum maintenance impact


ABC RESORT DATA CENTER CORE DESIGN

DC1 DC2

Core 21

VSP8404

10Gb

WWW / DMZ 1 WWW / DMZ 2

Server Farm

Storage Farm

Server Farm

Storage Farm

Core 11

VSP8404 SecDisti1 SecDisti2

Fabric Connect

Fabric

Connect

Total DC Links 8 x 10Gb Total DC Links 8 x 10Gb

Core 22

VSP8404

Core 12

VSP8404

Total DC Links 8 x 10Gb Total DC Links 8 x 10Gb


AVAYA SDN Fx EXTEND OUT OF DATA CENTER

DC1 DC2

DistMC DistMC DistVP DistVP

WWW / DMZ 1 WWW / DMZ 2 Fabric Connect

ERS -PWR ERS4850GTX-PWR ERS4850GTX-PWR ERS4850GTX-PWR

Server Farm

Storage Farm

Server Farm

Storage Farm

ADMIN/Management Virtual Service

Voice Virtual Service

IPTV Virtual Service


SUMMARY - CONCLUSION

Data Center trends

– SDDC

– Hyper-convergence

– Network virtualization

Data Center networking design considerations

– Network Virtualization is key

– Avaya SDN Fx to carry

– Interactive traffic

– Machine to Machine

– Storage

– Avaya SDN Fx perfect foundation of Data Center

– VMWare

– Open Source

– Hyper-convergence

Avaya

SDN Fx


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Gates Zeng Corporate SolutionsTechnologist Cloud Networking Evangelist Software Defined Architecture [email protected]

Fabrizio Fiori Global Director SDN Fx Solutions Software Defined Architecture [email protected]

Documents

DATA CENTER SOLUTIONS NETWORK DESIGNS AND ......DATA CENTER SOLUTIONS NETWORK DESIGNS AND DEPLOYMENTS Gates Zeng Corporate Solutions Technologist Cloud Networking Evangelist Software